Punktum client success stories
Let's talk!We celebrate the triumphs of health and sports innovators who, with the aid of punktum's consultants, designers, and engineers, have overcome their business and technological hurdles.
Our journey together has led us through the creation of bespoke software, the implementation of advanced, AI-driven systems and the execution of cutting-edge R&D projects.
Here, we showcase the achievements of our clients. Let your success story be the next one we share!
From a Hobbyist Board to a Custom, Modular PCB
We moved NELA's hardware off a hobbyist single-board computer and planned a custom, modular PCB with a new processor. The board was built for reuse across future devices, portable and rechargeable.
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Medical Software Development for Legacy Device Modernisation
Our team refactored and modernised embedded firmware for a leading medical device, implementing CI/CD, unit testing, and MDR-aligned processes to enable safer updates, hardware upgrades, and long-term maintainability.
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AI Health App Diagnoses Infant Disease Early
Our team designed and developed a user-friendly application that integrates AI-powered stool analysis, enabling caregivers and clinicians to detect cholestatic liver diseases early, make faster decisions, and support timely interventions that improve outcomes for infants.
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Advancing FH Care with a Remote Monitoring App
We partnered up with CaReHigh to design an intuitive UX/UI and build a groundbreaking app that transforms FH research, boosts diagnosis rates, and empowers patients to take control of their care through seamless engagement and innovative technology.
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AI-Powered Motion Detection App for Home Rehabilitation
Discover how we helped Kinetech create an innovative app that uses advanced AI and computer vision to guide users with real-time feedback, ensuring safe and effective rehabilitation exercises from the comfort of their home.
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Scoping a Wearable MVP with a Technical Feasibility Workshop
We helped a stealth-stage founder evaluate the technical viability of a wearable health device, assess sensor options and system design, and clarify regulatory consideration, enabling informed decisions and a clear development plan for their MVP.
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Clinical Pathway Optimisation for Improved Patient Enrolment
Our team integrated automated workflows and OCR technology to scale pediatric FH screening, enabling early detection and treatment of a life-threatening genetic condition.
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Overcoming Regulatory Blockers with an Expert MDR Assessment
Our team conducted an expert MDR assessment to identify regulatory blockers, clarify classification, and provide actionable guidance, enabling the client to align their digital health solution with compliance requirements and move forward with market entry.
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A new IT Architecture for Primary Care of Multimorbid Patients
Our team structured a scalable IT architecture for medical coordination, support patient self-management and improve interoperability in multimorbid care. With our defined system requirements and vendor selection, we lay the foundation for a patient-centered ecosystem.
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Reliable Communication Devices for Patients and Caregivers
Finnish company Everon is revolutionising digital care solutions and empowering both patients and caregivers. Our engineers developed a voice-controlled, GSM-connected communicator that pairs with a smart wristband via BLE. A single caregiver can remotely monitor multiple patients.
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Defining Feasible AI Use Cases for a Mental Health AI Product
We helped a digital health startup explore where AI could realistically support their mental wellbeing product. Through a Lean Discovery Workshop, we prioritised use cases, identified blockers and mapped next steps, giving the team confidence to move forward without wasting time or budget.
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Planning Responsible AI Features with an AI Discovery Workshop
We helped Asterisk Health assess and prioritise feasible AI features for their cardiovascular app with a tailored AI Discovery Workshop. The result: a clear AI feature roadmap, regulatory guidance and an aligned product strategy ready for development.
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A Leap in Stroke Diagnosis: AI-driven Aetiology Classification
We have developed a deep learning model that uses state-of-the-art AI and computer vision technologies to accurately determine the cause of ischaemic strokes. Read more here about our innovative solution, which was developed in collaboration with the Mayo Clinic and offers a new approach to stroke diagnosis and treatment.
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Machine Learning Data Analysis for Parkinson’s Prediction
In order to address the complexities of Parkinson's disease, we employed machine learning to predict its progression. After analysing 10,000 data points, our experts developed a predictive model that could help to advance the fight against Parkinson's disease.
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AI-based Wearable for Rapid Animal Diagnosis
Aniv8 had a vision of a dog collar that automatically detects and diagnoses osteoarthritis. We developed a deep learning algorithm and fine-tuned the wearable sensor's software to provide accurate data for machine learning. The result was a working prototype that successfully diagnoses osteoarthritis in dogs with over 80% accuracy.
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Can AI and Computer Vision App help Footballers to Train Harder?
AI is now accessible in kids' smartphones, but is it powerful enough for professionals to train with? We used Computer Vision and AI development to create an app that does precise movement analysis, as well as ball speed, spin and trajectory, all with just a smartphone camera and lets football players train and compete globally.
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Empowering Smog Protection with a Smart Face Mask
With our help, Urbaner created a smart anti-smog mask aimed at health-conscious city dwellers. Designed to filter out harmful air particles, the mask provides users with data on the pollution they avoid and is complemented by a mobile app. We stepped in to develop the hardware and software.
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Patient-Centric Remote Physiotherapy with Computer Vision
In collaboration with a leading rehabilitation clinic, we have developed a patient-centric computer vision system that is transforming the field of rehabilitation. The RehoSystem improves patient outcomes and meets the unique requirements of rehabilitation clinics. It identifies and tracks body parts, allowing the rehabilitation process to be interpreted remotely.
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